Aquatic animal egg collection apparatus, and method of use

Abstract

The collection of aquatic animal eggs during hatchery production is a critical step in the successful rearing of these animals. Currently, the equipment and culture methods do not allow large numbers of animals to be spawned at the same time without several people handling the process. The disclosed invention solves the problem of collecting large quantities of released aquatic animal eggs after spawning many adults at the same time. The apparatus is simple to build, maintain, and repair, and the method of its use requires only one person to handle the spawning of many adults.

Description

BACKGROUND OF THE INVENTION[0001]This invention relates to an aquatic animal egg collector used for aquatic animals, such as, tropical fish, freshwater animals, saltwater animals, marine life, or aquacultured animals, to improve collection and removal of ova.[0002]Worldwide, the aquarium products industry has grown in value in recent years to become an important component of international commerce. Like other industries involving the sale of live plants and animals, more restrictions are being placed on the collection of wild stock, and more emphasis being placed on the culture of stock already held in captivity.[0003]Approximately 2,000 species of ornamental aquatic plants and animals are traded worldwide, 80% of which could be captive-bred. In 1995, it was estimated that the retail value for the industry worldwide was between 4 and 15 billion dollars, including all ornamental fish equipment, supplies and accessories. The number of tropical fish hobbyists worldwide can be counted i...

AI Technical Summary

Benefits of technology

This system reduces labor requirements, increases egg yield, and allows for more efficient breeding of diverse species by minimizing handling and predation, thereby lowering operational costs and improving productivity in aquaculture.

Problems solved by technology

Unfortunately, the same cannot be said of egg layers, and more specifically, egg-scattering tropical fish.

These techniques work well, but they have their limitations.

Present day breeding procedures for aquacultured animals used on fish farms and similar facilities commonly suffer from problems and disadvantages.

They require intensive use of skilled labor, large space requirements and the use of time consuming techniques and procedures that result in low yields of offspring and a limitation on rearing certain species of animals.

This is both time consuming and requires a highly skilled technician to make an accurate assessment from his knowledge of the various species of fish.

These methods can damage the fragile eggs and reduce the number of viable offspring.

This becomes very labor intensive even with a small number of broodstock animals.

There are many disadvantages associated with the standard methods of spawning aquatic animals.

There is great inefficiency with these methods because animals may be selected for spawning that are not ready to spawn, and conversely animals that are not selected may spawn in the holding tank and thus wasting the eggs.

The selection of unresponsive or infertile males for spawning will result in the wasting of any spawned eggs.

This practice is a waste of broodstock, time and space.

However, the lack of food makes the broodstock animals hungry, which increases the possibly of the eggs being eaten before they can be collected.

Another disadvantage is the mortality associated with frequent handling of the broodstock animals.

These animals are the most valuable individuals in a culture operation and their loss can cause major economic and business problems.

Another drawback with the current spawning methods is the need for many highly skilled technicians to handle the hatchery operation.

The increased operating costs associated with paying higher wages for trained personnel and needing more employees to handle the labor-intensive procedures can become a major operating cost.

There are many devices in the market designed to help culturists spawn livebearing aquatic animals; however, there are no comparable devices to spawn egg-scattering aquatic animals.

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